Long-wavelength infrared PπBN photodetectors based on InAs/GaSb type-II superlattice

Jiang Zhi, Zhou Xu-chang, Li Jun-bin, Wang Hai-peng, Huang You-Wen, Li Yan-hui, Yang Chun-zhang, Kong Jin-cheng
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Abstract

Long-wavelength infrared InAs/GaSb type-II superlattice PπBN photodetectors are demonstrated on GaSb substrates. The focal plane array device consists of a 2.0μm thick absorber layer and has a 50% cutoff wavelength of 11.3μm, and a maximum resistance-area product of 800 Ω•cm2 at 77 K. And the resistance-area product stay above 500 Ω•cm2 at the range from -200 mV to -1100 mV. These single units show good consistency. It has laid a reliable foundation for the manufacturing of focal plane arrays.
基于InAs/GaSb ii型超晶格的长波红外π - bn光电探测器
在GaSb衬底上制备了长波红外InAs/GaSb型超晶格π - bn光电探测器。焦平面阵列器件由2.0μm厚的吸收层组成,50%截止波长为11.3μm,在77 K时最大电阻面积积为800 Ω•cm2。在-200 mV至-1100 mV范围内,电阻面积积保持在500 Ω•cm2以上。这些单个单元显示出良好的一致性。为焦平面阵列的制造奠定了可靠的基础。
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